Effects of a high fat diet and of intravenous infusions of cholesterol on arterial pressure in rabbits.
- 1 June 1972
- journal article
- Vol. 53 (3) , 258-64
Abstract
In 8 rabbits arterial pressure was measured by the ear capsule method. After a 2-week control period, the fat content of the diet was approximately tripled. Arterial pressure in the animals began to rise within 10 days and after 4 weeks was about 40% above control. There were no significant changes in plasma cholesterol levels. Thirty-three rabbits were investigated in acute experiments. Fourteen were infused with an emulsified cholesterol preparation at the rate of 0·3 mg/kg/hour. This caused a rapid rise in pressure with a mean increase of over 40% above control at the end of 4 hours. An emulsion of talc was infused into 8 rabbits: there was no change in arterial pressure at the end of 4 hours. Dialysed rabbit plasma containing cholesterol was infused into 11 animals at the rate of 0·3 mg cholesterol/kg/hour: this caused a pressure rise of 17% after 4 hours. The experiments suggest that the physicochemical state of cholesterol in the plasma may be much more important than its total concentration.This publication has 7 references indexed in Scilit:
- THE EFFECT OF INTRAVENOUS ALDOSTERONE ON ARTERIAL PRESSURE IN THE RABBIT AND ITS MODIFICATION BY VARIATIONS IN DIETJournal of Endocrinology, 1971
- THE EFFECTS OF PROGESTERONE ON THE RESPONSES OF THE CARDIOVASCULAR SYSTEM TO INTRAVENOUS INFUSIONS OF ALDOSTERONEBJOG: An International Journal of Obstetrics and Gynaecology, 1970
- HYPERTENSION, THROMBOSIS, AND ATHEROSCLEROSIS IN RAT1963
- The relationship between experimental hypertension and cholesterol‐induced atheroma in rabbitsThe Journal of Pathology and Bacteriology, 1954
- The effect of weight reduction upon the blood-pressure of obese hypertensive women.1954
- SUSTAINED HYPERLIPEMIA INDUCED IN RABBITS BY MEANS OF INTRAVENOUSLY INJECTED SURFACE-ACTIVE AGENTSThe Journal of Experimental Medicine, 1951
- A device for estimating blood‐pressure in the rabbit1The Journal of Physiology, 1934